The constructive wingman is designed to mimic the flight kinematics and manoeuvres of advanced adversary aircraft, providing more realistic threats for pilot training. According to Russ Quinn, President of Top Aces Corp., and a former USAF Aggressor pilot, the AI-driven system improves training by increasing complexity and mass challenges in Beyond Visual Range (BVR) targeting while maintaining the benefits of live engagements against highly manoeuvrable 4th Generation fighters.
Top Aces integrated this cutting-edge technology into its fleet of F-16 Advanced Aggressor Fighters (AAF) using its open architecture Advanced Aggressor Mission System (AAMS). The system, powered by EpiSci’s AI technology, operates through a Hands-On Throttle and Stick (HOTAS) interface, allowing pilots to control the constructive wingman’s formations and manoeuvres in real time.
The AI-driven wingmen appear in training scenarios as adversary Link-16 tracks, effectively increasing the number of BVR threats while reducing costs. This new capability enables 5th Generation fighter pilots to train against multiple AI-enhanced adversaries, improving their readiness for real-world combat situations.
By integrating artificial intelligence into ADAIR training, Top Aces continues to push the boundaries of realistic air combat simulation, ensuring that fighter pilots receive the most advanced and cost-effective training available.
